Veinasa-Zfs-N PV System Used Solar Radiation Sensor Solar Radiation Pyranometer for Automatic Solar Energy Tracking

• Warranty: 1 Year
• Certificate: CE Certified
• Measurement Range: 0~2000W/M2
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: Veinasa-ZFS-N
• Spectral Range: 0.3-3μm
• Sensitivity: 7~14μV▪m2/W
• Resolution: 1W/M2
• Accuracy: ±3%
• Response Time: ≤35seconds(99% Response)
• Internal Resistance: About 250Ω
• Operating Ambient Temperature: -40ºC~+50ºC
• Relative Humidity: 0%~100
• Power Supply: DC 5V, DC 9-30V, Other
• Output Signal: 4~20mA, 0~20mA, RS485, RS232, Other
• Transport Package: Covered with Two-Level Carton Packing
• Trademark: Veinasa
• Origin: China
• Production Capacity: 1000
• Package Size: 22.00cm * 20.00cm * 18.00cm
• Package Gross Weight: 3.000kg

Product Description

Veinasa-ZFS PV System Used Solar Radiation Sensor Solar Radiation Pyranometer for Automatic Solar Energy Tracking

Product Description

The solar radiation sensor (also called pyranometer) measures solar energy from the sun.

 

Veinasa-ZFS PV System Used Solar Radiation Sensor Solar Radiation Pyranometer for Automatic Solar Energy Tracking is radiant energy emitted by the sun from a nuclear fusion reaction that creates electromagnetic energy. The spectrum of solar radiation is close to that of a black body with a temperature of about 5800 K. About half of the radiation is in the visible short-wave part of the electromagnetic spectrum. The other half is mostly in the near-infrared part, with some in the ultraviolet part of the spectrum. The units of measure are Watts per square meter.

Applications:
The device is typically used in agricultural applications, and is used in the calculation of Evapotranspiration. Evapotranspiration is the potential for evaporation of moisture from the soil (or the reverse of rainfall) and is a function solar energy, wind and temperature.

 

Technical parameters

Power supply		DC 5V	DC 9-30V
		Other
Output signal	Electric current	4~20mA        0~20mA
	Voltage	0~20mV    0~2.5V   0~5V
	Serial port	RS485(Default Modbus  ASCII)
		RS232(Default Modbus  ASCII)
Cable length		Standard:2.5m	Other
Sensitivity		7~14μV▪m2/W
Spectral range		0.3-3μm
Measuring range		0~2000W/m2
Resolution		1W/m2
Accuracy		±3% of the total
Response time		≤35seconds(99% response)
Internal resistance		About 250Ω
Nonlinear error		≤±3%
Spectral selectivity		≤±10%
Tilt response error		≤±5%
Azimuth response error		≤±30W/m2
Temperature error		≤±8% (-40ºC~+40ºC)
Annual stability		≤±3%
Operating ambient temperature		-40ºC~+50ºC
Relative humidity		0%~100
Weight		About 2.5kg

Product Display

Why Measure Solar Radiation?

Atmospheric circulation is driven by solar radiation.

Determining the solar radiation and its interaction with the atmosphere and the Earth's surface is important, since solar radiation accounts for almost all of the energy available to the Earth. There are two ways solar radiation reaches the Earth's surface.

The first is direct solar radiation where the solar radiation is directly transmitted through the atmosphere. The second is diffuse solar radiation where the incoming solar radiation is scattered or reflected to the Earth's surface.

Almost 50% of shortwave solar radiation is absorbed by the Earth's surface and changed into thermal infrared radiation.

Direct solar radiation is measured by using solar radiation sensors or pyranometers. These type of solar radiation sensors have a transparent hemisphere which measures the total amount of shortwave solar radiation.

Solar radiation sensors or pyranometers measure the total radiation or sum of the direct radiation and the diffuse solar radiation.

 

Application Case

 

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